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Biomedical Optics & Medical Imaging

Microfluidic approach for parallel capture and isolation of single cells
A novel device consisting of electrodes for positive dielectrophoresis, combined with a system of channels and valves, can capture and compartmentalize cells for highly parallel single-cell analysis.
A novel optical stabilization method extends the instrument's inherent precision and applicability to a wide range of perturbative operating conditions.
23 August 2010
A new, seamless, sample-to-answer technology (high-conductance dielectrophoresis) enables rapid analysis of high-molecular-weight DNA clusters and drug-delivery nanoparticles based directly on whole blood.
19 August 2010
Portable optical devices capable of real-time, in situ sensing and characterization of individual nanoparticles and pathogens could offer unprecedented benefits in a range of applications.
9 August 2010
Current methods for detecting the binding strength between molecules are slow and expensive, but new microfluidic methods are addressing these drawbacks.
9 August 2010
An order-of-magnitude improvement is promised by new experimental and algorithmic techniques that are making subcellular imaging of biological samples a reality.
3 August 2010
 
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University of Central Florida
3 September, 2010

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30 August 2010
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